Here’s where it makes a serious impact: Printed Circuit Boards (PCBs) PCBs are the beating heart of every electronic device — and keeping track of them...

That’s where laser marking steps in. Unlike stickers or ink that fade or peel, laser-etched codes are there for good—standing up to heat, chemicals, and wear. They act like a passport for your product, showing it’s real, compliant, and untouched. Counterfeit parts and products cost global industries over $1.8 trillion annually, according to the OECD. Fakes are a growing threat—especially in the medical, aerospace, and electronics sectors. Laser-marked tamper-evident identifiers—such as microtext, security QR codes, or invisible UV markings—are nearly impossible to replicate. HeatSign’s UV laser markers provide next-level security. They etch micro-details as small as 0.1mm, offering a covert way to prove product authenticity and protect against fraud—without compromising the product surface. Source link

Have you ever wondered how we recreate objects that no longer exist in production, or even those with no digital blueprint at all? That’s where reverse engineering comes into play.Reverse engineering is the process of taking a real-world object and transforming it into a digital model, usually with the intent to recreate or improve it. Whether it’s an old part that’s worn out, a legacy component that no one makes anymore, or something that only ever existed in a 2D drawing, reverse engineering is often the only viable path to bring it back to life. How Does 3D Scanning Work for Reverse Engineering?Using 3D scanning technology, we can capture the shape and dimensions of an...